Industrially speaking it was Georges Claude and Paul Delorme who developed a process for liquefying air to separate the components at the 'Air Liquide Co.' [France, 1902]. The first drops of liquid air and creation of the company of the same name where fact.
[In 1902 Georges Claude and businessman Paul Delorme founded L'Air Liquide S.A. (Air Liquide) based on a method to liquify air that enabled large scale production of oxygen. Paul Delorme was the first president.]
Melted/Liquified
Krypton is isolated through a process of fractional distillation of liquid air. This process involves the cooling and condensation of air to obtain its various components based on their boiling points, with krypton being separated as a distinct element during this procedure.
Yes, LPG (liquefied petroleum gas) is stored in liquid form under pressure in a gas cylinder. This allows for a larger volume of gas to be stored in a smaller space, making it easier for transportation and use.
Ammonia is liquified by subjecting it to high pressure, typically around 8-10 atmospheres, and low temperatures of -33°C. This combination of pressure and temperature causes the ammonia gas to condense into a liquid state.
Xenon is a naturally occurring element that was discovered by Sir William Ramsay and Morris W. Travers in 1898 during their studies of liquified air. It is a noble gas that is typically found in Earth's atmosphere in trace amounts.
No it cannot be solidified niether can it be liquified, but it can be compressed.
Krypton is isolated from liquified air in a process called fractional distillation.
Milk is a liquid
LIQUIFIED NATURAL GAS
Liquified Petroleum
putting it in liquified gas.
Liquified nickel and iron.
Yes, Liquified Petroleum Gas is a Gas. It is a mixture of butane and propane. Also ethyl mercaptan is added to LPG to detect the gas leakage.
Liquid air appears colorless and transparent, much like water when it is in its liquid state. It can sometimes form a misty appearance due to the rapid evaporation of nitrogen and oxygen gases from its surface.
carbon dioxide
Oxygen is not flammable but is necessary for combustion.
The flame requires oxygen and a fuel source. In a candle, that fuel is liquified wax in the wick. A strong puff of air can pull the plasma of the flame away from its fuel source. Once separated from its fuel, the flame has nothing to oxidize.